Innovating motion and power systems to solve your toughest challenges.
We offer comprehensive design and engineering capabilities through our multi-disciplined engineering approach, serving as “one point of responsibility” for our customers across the defense, cUAS, semiconductor and industrial automation industries.
Whether you're facing challenges related to precise motion control, drive systems integration, radio frequency (RF) design or power management, our team will deliver innovative solutions that perform reliably — even in demanding environments.
Design for Manufacturability
We integrate design for manufacturability and assembly (DFM/DFA) principles throughout our engineering process, using advanced techniques to identify and eliminate manufacturability and cost risks early in the design phase. This approach helps you accelerate your time to market, ensure smoother production and achieve high-quality outcomes for technologies ranging from basic OEM products to complex motion control systems.
Advanced Simulation
A cornerstone of our process is the use of advanced, multi-domain simulation tools to design and analyze complex electromechanical systems before building physical prototypes. Our suite of simulation tools includes Simulink, finite element analysis (FEA) and computational fluid dynamics (CFD) as well as magnetics and circuit simulations. These advanced simulations help us understand system behavior under various conditions, optimize system performance and identify potential issues early in the development process.
Our advanced simulation capabilities are integral to our ability to deliver innovative, reliable solutions to our customers across advanced industries, improving design efficiency and enhancing the accuracy of final products.
Systems Engineering
To optimize each component within a system, we use a holistic design approach that integrates various engineering disciplines — including software, hardware, mechanical engineering and power management — to manage complex projects and meet customer requirements. Our diverse team of experts excels in developing systems with high energy efficiency, precision control and thermal management.
These capabilities allow us to function as an extension of your engineering teams, providing tailored solutions that fit your exact specifications.
Ruggedized Design
We specialize in the design of rugged electromechanical systems — particularly in the defense industry, where equipment must be able to withstand harsh environments and meet MIL-SPEC requirements. Our ruggedized solutions include high-precision motion and motor control systems, as well as complete power train devices for defense applications.
An example is Lockheed Martin's AN/TPQ-53 (Q-53) counterfire target acquisition radar system, which provides our military with enhanced 360-degree protection from indirect fire. The design of this system demonstrates our ability to deliver robust and reliable solutions for critical defense applications.
Contact Our Design Experts
Explore the ways our motion control and power management design capabilities can improve your application today.